光・放射照度プローブ 照度 LP PHOT01
Contents
1. 30 zV mol m 2s 0 5000 pmol m 2s 1 400 660nm Fig 7 lt 6 f 7 0 50 1kQ 07 PAR 06 gt 350 400 450 500 550 600 650 700 750 800 850 4 mm Fig 7 LP 01 Sensitivity 2 6mV kiuk 30 mm 38mm L 5m OQ LPHH 01 LP F2. LP BL BL SC elto FM
3. UV LP PHOT 01 LPH 01 UV LP PHOTO1 CIE mV klux 5m LP RADO1 W m2 V 5m LP PARO1 PAR V mol m 2s 5m LP UVAO1 UVA 315nm 400nm _ gV zW cm2 5m LP UVBO1 UVB 280nm 315nm rp PHIOTO1 OV NN NN lux
4. 0 200klux Xe Hg 577 V 579nm lt 4 2 6 pV W cm2 f V lt 8 Fig 2 0 200mW cm f lt 3 400 1050nm Fig 3 f lt 1 lt 6 f lt 0 5 lt 7 0 lt 50C 0 50C 1 0 5 1kQ 1 1kQ 1 LP RAD 01 LP PHOT 01 0 9 llluminance probe 10 radiance probe 0 7 98 8 9 8 o6 6 8 06 lt 05 EE 2 o 0 3 5 02 J 0 1 E 02 990 430 480 530 580 630 680 730 780 830 00 2 nm 350 450 550 650 750 850 950 1050 2 nm Fig 2 SC Fig 3 182 et LP UVAO1 LP UVA01 UVA 315 400nm W mz W m
5. LP UVA01 Xe Hg 365nm UV 2 6 V W cm2 0 200mW cms 360nm FWHIM60nm Fig 4 6 0 50 1kQ 1TLP UVA 01 UVA Irradiance probe Ss a a ww Relative spectral response 3 Ss IN a 280 300 320 340 360 380 400 420 Fig 4 4 LP UVBO1 LP UVB01 UVB 280 315nm W
6. W m2 W m LP UVC01 0 19zV W cm2 0 200mW cms 260nm FWHM32nm Fig 6 10 0 50C 2kQ TLP Uvco1 9 UVC Irradiance probe Ss X 0 Relative spectral response o on NN 0 240 250 260 270 280 290 300 Fig 6 4 nm LP PARO1 LP PAR01 400 700nm 1 m2 PAR
7. a a LP UVCO1 UVC 220nm 280nm V 4 gV W cm 5m LP PHOT01 LP BL V f CIE LP RADO1 LP RAD01 VIS NIR 400 1050nm W m2 W m2 No 69 1987 Method of Characterizing Illuminance Meters and Luminance Meters A 0 5 1 5mV klux
8. m2 W mz2 LP UVB01 Xe Hg 313nm 0 19zV W cm 0 200mW cm2 305nm FWHM31nm Fig 5 lt 8 0 50C 2kQ LP UVB 01 UVB Irradiance probe wo ee a om ww ee Relative spectral response NN Relative spectral response 0 1 a ER 0 250 260 270 280 290 300 310 320 330 340 350 4 nm Fig 5 LP UVCO1 LP UVC01 UVC 220 280nm
9. LP PHOTO1 LP RAD01 uvA LPUVAO1 uvs LP UVB0O1 LP PAR0O 1 uvc LP UVC0O1 Nelto or mV LPHH 01 VIS NIR UVA UVB UVC 1ux W m2 400 gt 700nm PAR LP 01 mV PD LP 01
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